Smart agriculture solution integrates modern technologies like the Internet, cloud computing, and Internet of Things (IoT). It relies on various deployed sensing nodes (environmental temperature and humidity, soil moisture, carbon dioxide, images, etc.) and wireless networks deployed in agricultural sites to enable intelligent perception, warning, decision-making, and analysis of farming environments.
Massive agricultural information is integrated and processed through wireless networks and the Internet, ultimately providing real-time services for process monitoring, scientific decision-making, and intelligent operation terminals in agricultural production.
This aim is the realization of smart agriculture, focusing on ultra-labor saving based on automation and precision farming based on the use of data, which provides comprehensive information, smart control, and other services.

At present, the park intelligence, digital demand is increasing, such as chemical parks, logistics parks, industrial parks and so on. Parks require intelligent not only government requirements, but also their own management needs, and in the park as the most core management in addition to production management and building management, cars, people, objects, real-time location management, real-time state management is also the development of intelligent parks is the most important.

With the development of intelligent technology, sensor-equipped lawn mowers, outdoor sweeping robots, surveying vessels, and food delivery robots have entered the era of electrification, intelligence, and unmanned operation. High-precision Real-Time Kinematic (RTK) satellite positioning technology has also emerged in the field of intelligent robotics. This technology perfectly addresses the critical challenge of autonomous path planning for machines, providing robust technical support for robots to achieve independent route planning and efficient work.

The photovoltaic tracking support frame system based on LoRaWAN technology consists of a programmable logic controller (PLC), wind speed sensor, LoRaWAN collector, angle sensor, motor driver, and motor. The PLC serves as the computing central of the entire system, responsible for collecting sensor data and issuing control commands based on feedback results combined with algorithms. The wind speed sensor collects on-site wind speed and wind force data. The LoRaWAN collector handles the wireless transmission of business data. The motor driver and motor are responsible for rotating the solar panels and belong to the execution mechanism.

This solution integrates wireless data radio, high-precision positioning module, and high-precision positioning antenna into a single positioning terminal solution. It boasts strong anti-interference capability, excellent system compatibility, and low power consumption. The solution caters to users’ needs for high-precision positioning, communication, and miniaturization in the field of outdoor mowers. The self-developed product can also serve as a reference station; notably, it can operate independently of public networks and achieves seamless communication when used with a built-in radio. This integration perfectly realizes high-precision positioning functionality. Currently, this solution has been successfully adopted by renowned manufacturers of robotic lawn mowers, line-marking robots, and unmanned vessels both domestically and internationally.